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  Encyclopedia of Keywords > Encyclopedia of Finance. > Technology > Engines > Crankshaft > Connecting Rod   Michael Charnine

Keywords and Sections
CONNECTING RODS
OFFSET
PISTON RINGS
CRANK
MOTION
CRANKSHAFT
PIN
COUPLING ROD
BIG END
PISTON 12
PISTON 38
PISTON END 22
CRANKSHAFT STROKE
ROTATING CRANKSHAFT
BROKEN CONNECTING ROD
PISTON PIN
CRANKPIN
CONNECTING ROD BEARINGS
CRANKSHAFT CONNECTING ROD 09
COMBINATION
MOVEMENT
REASON
FURTHER
TYPES
RATIO
CAUSING
RICHARD CHILDRESS RACING
EXPLOSION
PERPENDICULAR
WAY
HALF WAY
OPPOSITE SIDES
INTERNAL COMBUSTION
MOVING PARTS
METAL ROD
MEANS
SMALL END
OIL
CYLINDER WALLS
RECIPROCATING MOTION
CRANK SHAFT
PISTON ROD
PISTON 14
ROTARY MOTION
STROKE
FORCE
Review of Short Phrases and Links

    This Review contains major "Connecting Rod"- related terms, short phrases and links grouped together in the form of Encyclopedia article.

Definitions

  1. Connecting Rod is a vital component of any internal combustion engine.
  2. Connecting rod: The connecting rod connects the piston to the crankshaft.
  3. A connecting rod is coupled to the piston and the crankshaft to transmit motion therebetween.
  4. The connecting rod is a key component in the air cooled VW engine.

Connecting Rods

  1. The actual position of the piston can be determined by trigonometry, using the stroke length and the connecting rod length (measured between centers).
  2. The connecting rod connects to the opposite end of the beam to the piston rod, and then to the flywheel.
  3. The connecting rod is made especially heavy and, with the air pump, forms a balance for the high and low-pressure pistons and their connections.

Offset

  1. It is firmly connected to the Connecting Rod and as such the geometry of the outer diameter as well as side faces plays a vital role in fitment and running.
  2. The connecting rod journals are offset 22- to one another.
  3. By using sintering in comparison to the more usual forging it was possible to manufacture a connecting rod to very tight weight tolerances without machining.

Piston Rings

  1. The big end bore of the connecting rod is a stressed bore in much the same way as cylinders are on a block.
  2. Also borrowed for use in the GT500 are the Ford GT's proven piston rings and connecting rod bearings.
  3. HKS Piston and Connecting Rod Kits HKS forged aluminum pistons are complete sets including piston rings, wrist pins and retaining clips.

Crank

  1. A bar or cylinder in the arm of a crank to which a reciprocating member or connecting rod is attached.
  2. In a reciprocating piston engine, the connecting rod or con rod connects the piston to the crank or crankshaft.

Motion

  1. The connecting rod transmits this motion to the crankshaft, which is forced to turn, delivering rotary power at the output end of the crankshaft.
  2. They pass on their motion via a connecting rod and crank to a crankshaft, which turns the driving wheels.
  3. This in combination with the connecting rod converts the reciprocating motion to rotary motion.
  4. The connecting rod transmits this motion to the crankshaft, which is forced to turn, delivering rotary power at the output end of the crankshaft.
  5. The connecting rod transmits this motion to the crankshaft, which delivers rotary power at its output end.

Crankshaft

  1. A connecting rod transmits this motion to a crankshaft to convert linear motion to rotary motion for use as power in a variety of applications.
  2. The force from the piston is then transferred to the Crankshaft through the Piston Rod (connecting rod).
  3. The piston is attached by a connecting rod to a crankshaft that converts the back-and-forth motion of the piston to rotary motion for driving machinery.
  4. The piston is driven downward with great force, pushing on the connecting rod and turning the crankshaft.
  5. As a piston moves back and forth, a connecting rod changes its angle; its distal end has a rotating link to the crankshaft.

Pin

  1. The crosshead also houses the gudgeon pin on which the small end of the connecting rod pivots.
  2. If a crank pin serves only one cylinder, then the big end is a relatively simple design, accommodating only one connecting rod.
  3. As the connecting rod gets longer and longer, the pin bore in the piston must be higher and higher to fit the whole assembly into a given engine.

Coupling Rod

  1. Big-end bearing (with connecting rod and coupling rod) of Blackmoor Vale showing pierced cork stoppers to oil reservoirs.

Big End

  1. If a crank pin serves only one cylinder, then the big end is a relatively simple design, accommodating only one connecting rod.

Piston 12

  1. However, the present invention incorporates the connecting rod 13 into the piston 12, this causes the piston to move vertically as well as pivotally.

Piston 38

  1. The piston 38 is connected to a piston rod 39which serves as the connecting rod to the crankshaft assembly 28.

Piston End 22

  1. The bolts 54, 56 are carried for axial sliding movement in the piston end 22 of the connecting rod 18.

Crankshaft Stroke

  1. An engine's "rod ratio" is the length of the connecting rod divided by the crankshaft stroke.

Rotating Crankshaft

  1. The piston travels downwardly (pulled by the rotating crankshaft via the connecting rod), creating a vacuum that sucks in the air-fuel mixture.

Broken Connecting Rod

  1. The piston could have a broken connecting rod or a hole in it.

Piston Pin

  1. A piston 20 is housed in each cylinder 18 for reciprocation therein and is connected to an upper end of a connecting rod 22 by a piston pin 24.

Crankpin

  1. Figure a below illustrates how the piston and the crankshaft are connected through the connecting rod and the crankpin.
  2. The piston s drive the driving wheel s directly through a connecting rod (US: "main rod") and a crankpin on the main driver.

Connecting Rod Bearings

  1. Connecting rod bearings are inserts that fit into the connecting rod's lower end and ride on the journals of the crankshaft.
  2. The piston now incorporates a circular gallery to improve its cooling while the main bearings and the connecting rod bearings have been redimensioned.

Crankshaft Connecting Rod 09

  1. The power crankshaft 08 connects the power connecting rod 06 with the crankshaft connecting rod 09.

Combination

  1. The inventive engine 10 comprises at least one combination of a combustion cylinder 11, a piston 12, a crankshaft 13, and a connecting rod 14.

Movement

  1. Movement of the crankshaft connecting rod 09 causes the compression crankshaft 07 to rotate.

Reason

  1. Lap 145 -- Denny Hamlin reports a connecting rod as the reason for his trip to the garage.
  2. The lower end of the connecting rod 42 is journaled on a throw of the crankshaft, which is not illustrated for the reason already noted.

Further

  1. Further, a connecting rod 7 links the crankshaft 6 and the piston 5.
  2. Connecting rod 42 is further coupled to crankshaft 66 via a crankpin 68.

Types

  1. In all types the linear movement of the piston is converted to a rotating movement via a connecting rod and a crankshaft or by a swashplate.

Ratio

  1. The rod-to-stroke ratio is the ratio of the length of the connecting rod to the length of the piston stroke.

Causing

  1. During a combustion stroke the power piston 04 pushes the power connecting rod 06, causing the power crankshaft 08 to rotate clockwise.

Richard Childress Racing

  1. The connecting rod comes with a laser engraved acrylic display case and a certificate of authenticity from Richard Childress Racing and Mounted Memories.

Explosion

  1. The spark plug ignites this compressed mixture, causing an explosion that forces down the piston and connecting rod, which, in turn, rotates the crankshaft.

Perpendicular

  1. The skirt 2 is connected to a connecting rod 9 via a piston pin 6 which is perpendicular to the center axis of the piston 1.

Way

  1. Connecting rod (UK). Maintenance of way (U.S.): The maintenance of railroad rights of way, including track.

Half Way

  1. The wrist pin is inserted into a hole (about half way up) that goes through the side of the piston, where it is attached to the connecting rod.

Opposite Sides

  1. The transmission and the cam drive mechanism are coupled to the crankshaft on opposite sides of the connecting rod.

Internal Combustion

  1. The actuator is motivated substantially independently of the movement of the connecting rod when operatively disposed in an internal combustion engine.

Moving Parts

  1. The only moving parts inside a 2-stroke engine are the crankshaft, the connecting rod and the piston.

Metal Rod

  1. The piston is a metal rod that is connected by a crankshaft to the connecting rod.

Means

  1. Each piston is connected to the "crankshaft" by means of a link known as a "connecting rod".
  2. The crank rotates around the cranks axis and is connected to the piston by means of connecting rod 20.
  3. The connecting rod extends through the open end of the piston and is attached to the piston by means of the piston pin.

Small End

  1. The crosshead also houses the gudgeon pin on which the small end of the connecting rod pivots.
  2. The piston 38 is connected by means of a piston pin 41 to the upper or small end of a connecting rod 42.
  3. A piston pin 22 connects the piston 19 to the upper or small end of a connecting rod 23.

Oil

  1. Oil pressure gradually drops in the oil feed galleys throughout the engine, and in particular to the galleys feeding the connecting rod bearings.

Cylinder Walls

  1. Two-stroke engines require a mix of oil in with the gas to lubricate the crankshaft, connecting rod and cylinder walls.
  2. This explosion tries to counteract the advancing piston and puts an enormous amount of stress on the piston, the cylinder walls and the connecting rod.
  3. Instead, you mix oil in with the gas to lubricate the crankshaft, connecting rod and cylinder walls.

Reciprocating Motion

  1. The reciprocating motion of piston member 16 is converted to circular motion of the crankshaft(not shown) by connecting rod 18.

Crank Shaft

  1. The piston is connected to the crank shaft by a connecting rod.
  2. A connecting rod has a lower crank end coupled to the crank shaft and an upper piston end.

Piston Rod

  1. The piston rod is attached to a crosshead, and the connecting rod is attached to the crosshead so that it may turn freely on the crosshead pin.

Piston 14

  1. Piston 14 is connected with crankshaft 16 by means of connecting rod 18 in conventional fashion.

Rotary Motion

  1. This in combination with the connecting rod converts the reciprocating motion to rotary motion.
  2. Connecting rod 106 converts the reciprocating motion of piston 103 to rotary motion of crankshaft 104.

Stroke

  1. The actual position of the piston can be determined by trigonometry, using the stroke length and the connecting rod length (measured between centers).

Force

  1. As the piston is being forced upward by mechanical action of the connecting rod, the pre-ignited explosion will try to force the piston downward.
  2. This force, or thrust, is carried through the connecting rod to the crankpin on the crankshaft.
  3. The piston forms the bottom half of the combustion chamber and transmits the force of combustion through the wrist pin and connecting rod to the crankshaft.

Categories

  1. Encyclopedia of Finance. > Technology > Engines > Crankshaft
  2. Encyclopedia of Finance. > Technology > Engines > Piston
  3. Cylinder
  4. Crankcase
  5. Glossaries > Glossary of Engine Technology /

Related Keywords

    * Crankcase * Cylinder * Cylinders * Downward Movement * Flywheel * Piston * Pistons * Power * Rod
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  Short phrases about "Connecting Rod"
  Originally created: May 20, 2008.
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